Sentence examples for timescale range of from inspiring English sources

In this paper, we present an introduction to accelerated molecular dynamics, a class of methods aimed at extending the timescale range of molecular dynamics, sometimes up to seconds or more.

The century to multi-millennial timescales and range of processes involved in Quaternary climate change have forced modelers to design simpler, more parameterized, versions of comprehensive atmosphere-ocean General Circulation Models.

Timescales range from seconds to several thousands of seconds [ 235] and deformations far from the linear regime can be obtained.

Thus, high-dimensional firing patterns encoding stimulus-specific information are not confined to a single timescale but can span a broad range of timescales, ranging from spike-synchrony to mean firing rate.

It is a dynamic stimulus whose parameters evolve over timescales ranging from fractions of a second to minutes.

Contact: [email protected] Protein motion is the aggregate result of complex interactions among individual atoms of a protein at timescales ranging over several orders of magnitudes.

Good fits to the tracer breakthrough data were achieved using a dual-porosity model, with immobile regions characterised by block diffusion timescales in the range of about one to ten years.

The century to multimillennial timescales and the range of processes involved in Quaternary climate change have forced modelers to design simpler, more parameterized, versions of comprehensive atmosphere ocean general circulation models.

Rather than assuming that functional connectivity estimates are direct measures of how the brain works, it seems prudent to interpret connectivity estimates as approximations of an underlying circuit which may be task-dependent and confounded by unobserved factors such as common-input or even activity on timescales outside the range of our recordings.

Climate is influenced by a multitude of factors that operate at timescales ranging from hours to hundreds of millions of years.

The measurement of cosmogenic nuclides produced in mineral grains has revolutionized the study of landscape evolution by providing methods to measure rates of erosion, soil production, and river incision over timescales ranging from thousands to millions of years.